FPGA design technology
FPGA design technology learning path from basic to advanced, systematically master hardware description language, digital circuit design, FPGA architecture and application development knowledge.
Learning Path
Systematic FPGA design technology learning path, from basic to advanced, step by step
1FPGA basics
Understand the basic concepts, architecture and working principles of FPGA, and establish an overall understanding of FPGA technology.
- FPGA architecture and working principles
- History of programmable logic device development
- Comparison of FPGA with ASIC, CPU, GPU
- Mainstream FPGA manufacturers and product series
- Overview of FPGA application fields
2Hardware description language
Master Verilog and VHDL hardware description languages, and learn the basic methods of digital circuit design.
- Verilog HDL Syntax Basics
- Data Types and Operators
- Modular Design and Hierarchy
- Combinational Logic Circuit Design
- Sequential Logic Circuit Design
- Finite State Machine (FSM) Design
- Parameterized Design and Code Reuse
- Simulation Test Platform Development
3FPGA Development Process and Tools
Learn the complete process of FPGA development and master the use of mainstream development tools.
- FPGA Design Process Overview
- Requirements Analysis and System Planning
- Use of Vivado Design Suite
- Quartus Prime Development Environment
- Design Input and Management
- Synthesis and Implementation
- Timing Constraints and Analysis
- Simulation and Verification Methods
- Debugging and Optimization Technology
4FPGA Basic Function Module Design
Learn to design commonly used FPGA function modules and lay the foundation for complex system design.
- Combinational logic module design
- Sequential logic module design
- Memory design and use
- Clock management and PLL
- Reset circuit design
- Data path design
- Controller design
- Bus interface design
5Interface protocol and communication
Master the implementation of common interface protocols and learn how to achieve high-speed data transmission in FPGA.
- UART interface design
- SPI interface design
- I2C interface design
- AXI bus protocol
- DDR memory interface
- PCIe interface design
- Ethernet interface design
- Use of high-speed serial transceiver
6FPGA system design and optimization
Learn the design methods of complex FPGA systems and master the technologies of performance optimization, resource optimization, power consumption optimization, etc.
- System architecture design principles
- IP Core Integration and Management
- Embedded Processor Integration
- Multi-Clock Domain Design
- Performance Optimization Technology
- Resource Optimization Methods
- Power Consumption Analysis and Optimization
- Reliability Design Considerations
7FPGA Application Field Practice
Explore the application practice of FPGA in various fields and learn the design methods and techniques in specific fields.
- Image Processing Application
- Digital Signal Processing
- Communication System Implementation
- AI Accelerator Design
- High Performance Computing
- Industrial Control System
- Automotive Electronics Application
- Aerospace Application
8Frontier Technology and Development Trend
Understand the cutting-edge technology and development trend in the FPGA field and grasp the direction of technology development.
- High-Level Language Synthesis (HLS)
- FPGA Cloud Service and Virtualization
- Open Source FPGA Tool Chain
- Reconfigurable Computing Technology
- Heterogeneous computing architecture
- FPGA security technology
- New programmable architecture
- Quantum computing and FPGA
Study Tips
Step by step
FPGA learning requires a solid foundation. It is recommended to learn in the order of the roadmap and do not skip the basics.
Practice-oriented
FPGA design is a very practical technology. It is recommended to practice while learning and consolidate the knowledge learned through small projects.
System thinking
Cultivate system-level thinking and learn the hierarchical design method from overall architecture to specific implementation.
Community Exchange
Join the FPGA technology community to exchange experiences with other developers and solve problems encountered in learning.